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CBE30338 - Spring 2020 Continuation

This is a repository of class materials for for on-line continuation of CBE 303338 Chemical Process Control for Spring, 2020. The decision to shift from a traditional in-person course to an on-line course for a distributed audience, caused by the global outbreak of COVID-19, has dictated a shift in teaching methods, materials, and format. The purpose of this repository is to re-organize existing materials materials (CBE 30338 and CBE 32338), add new materials, and make them accessible to students, teaching assistants, an other interested parties. Eventually these materials will be integrated back into existing course repositories.

Week 0. (March 16 - 22) Preparation.

There are no class meetings this week. Please use this week to prepare for the on-line continuation to commence on March 23. Pay attention to the following the following details:

  • We will be making extensive use of Zoom for office hours, on-classes, and laboratory sessions. Please verify that you can access Zoom by joining the test meeting with video at https://zoom.us/test.

  • Please confirm that you have a working installation of the Anaconda distribution of Python. If in doubt, reinstall a fresh download available from Anaconda.com.

Please let me know immediately if you don't have access to a laptop or you don't have adequate internet connectivity. The University has resources available to assist with these situations.

Week 1. (March 23 - 27) Linear Optimization

Class meetings begin on week 1. Each of the sessions scheduled below will be done as a Zoom meeting. To protect privacy, the specific Zoom meeting links are available through the course management system. Attendance will be taken for each session marked as required.

Date Time (EDT) Activity Topic Attendance Req'd?
3/23(M) 1:30-4pm Office hours
3/24(T) 11-12:15pm Class Meeting Case Study: Thermal Cycling for PCR [notebook] [slides] ✔️
3/26(Th) 11-12:15pm Class Meeting Linear Optimization [notebook] [slides] ✔️
3/27(F) 11:30-2pm Lab Session Update TCLab Firmware [instructions] [testing]

Week 2. (March 30 - April 3) Static Controllability and Discrete Time Models

[how to download notebooks from github]

Date Time (EDT) Activity Topic Attendance Req'd?
3/30(M) 1:30-4pm Office hours
3/31(T) 11-12:15pm Class Meeting Linear Programming [slides] [linprog example] ✔️
4/2(Th) 11-12:15pm Class Meeting Static Control and Operating Envelope [slides] [notebook] ✔️
4/3(F) 11:30-2pm Lab Session Static Controllability [identification]

Week 3. (April 6 - April 10) Writing Optimization Models

Date Time (EDT) Activity Topic Attendance Req'd?
4/6(M) 1:30-4pm Office hours
4/7(T) 11-12:15pm Class Meeting Open-loop optimization [slides] [notebook] ✔️
4/9(Th) 11-12:15pm Class Meeting Feedforward Control Prototype [slides] ✔️
4/10(F) 11:30-2pm Lab Session No meeting (Good Friday)

Week 4. (April 13 - April 17) Trajectory Optimization

Date Time (EDT) Activity Topic Attendance Req'd?
4/13(M) 1:30-4pm Office hours
4/14(T) 11-12:15pm Class Meeting Integrating Feedforward and Feedback Control [slides] [notebook 1] [notebook 2] ✔️
4/16(Th) 11-12:15pm Class Meeting Trajectory Tracking [notebook] ✔️
4/17(F) 11:30-2pm Lab Session Optimal Control

Week 5. (April 20 - April 24) Model Predictive Control

Date Time (EDT) Activity Topic Attendance Req'd?
4/20(M) 1:30-4pm Office hours
4/21(T) 11-12:15pm Class Meeting Model Predictive Control [notebook] ✔️
4/23(Th) 11-12:15pm Class Meeting Introduction to the Final Project [instructions] ✔️
4/24(F) 11:30-2pm Lab Session Model Predictive Control

Week 6. (April 27 - April 29) User Interface

Date Time (EDT) Activity Topic Attendance Req'd?
4/27(M) 1:30-4pm Office hours
4/28(T) 11-12:15pm Class Meeting Final Project Q&A ✔️

Week 7. (May 4 - May 8) Final Project

The course culminates with the delivery of a final project due at 12:30pm on Friday, May 8th (the end time of the final exam normally scheduled for the course.) There will be regular offices hours this week, and additional hours by appointment.

Date Time (EDT) Activity Topic Attendance Req'd?
5/4(M) 1:30-4pm Office hours
-- --- Office hours by appointment
5/9(F) Noon Final Project Due

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CBE 30338 Chemical Process Control - Continuation

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